Other

Nwt Holdings, Llc.

Infrastructure Technologies, LLC

The Boeing Company

Covidien LP

Kymeta Corporation

Alpha Precision Group, Inc.

Smart Storage Systems, Inc.

Sports Licensing, Inc.

Populus Financial Group, Inc.

Taylor, Jack

Taylor, Joseph Curtis

Joseph Curtis Taylor

Jack Rogers Taylor

Mark F Williams

Alexander Robinson

Jack Roy Taylor

Maxwell A Smoot

Jack Michal Taylor

Benjamin Jovenitti

Phillip McDonald

Seth Weible

Dean Bowley

David C Racenet

Robert W Ellis

Gerald N Hodgkinson

Mohsen Sazegar

Michael A Soltz

Ryan R Jones

William H Brine, Iii

Fred D Young

Chris M Eylander

Shuonan Dong

Ron Radko

Peter J Brine

Steven Charles Borchers

Eric Bjorn Hultman

Daeup Chang

Kevin KleinOsowski

Lekshmi Priya Ravindran Subhadramma

John W Braswell

Steven Michael Ziuchkovski

Michael Kreeger

Andreas Wanka

Kate Summers

Shawn Preston

Nathan Bialke

Michael Schwager

John Nebel

Raj Swaminathan

Zeeshan Zeeshan

Serge Makhoul

Nick McCarty

Paul De Vos

Alex Schnedler

Shirish Gadre

Jack Taylor

An antenna transceiver architecture for a modular metasurface antenna and method for using the same are disclosed. In some embodiments, the antenna architecture includes a plurality of metasurface antenna tiles, where each metasurface antenna tile of the plurality of metasurface antenna tiles having one or more feed ports individually fed when in operation to support one or more independent beams, and wherein the plurality of metasurface antenna tiles comprise a plurality of sub-arrays of metasurface antenna tiles. In some embodiments, the antenna architecture also includes a plurality of digital back ends (DBEs) coupled to the plurality of metasurface antenna tiles, where each DBE is operable to: adjust time delays of one or more of received signals arriving from metasurface antenna tiles of the one sub-array of metasurface antenna tiles as part of time delay beamforming and combine the received signals in a digital domain to produce one or more beamformed signals, and delay transmit signals fed to the plurality of tiles in the digital domain by adjusting time delays of one or more of the transmit signals as part of time delay beamforming.

Flexible multi-beam, multi frequency, wideband RF and digital transceiver architecture for modular metasurface antenna

Machine chuck jaws, and a related method of manufacture, are provided. The machine chuck jaws are formed from an additive manufacturing process and include one or more gripping pads per chuck jaw. An axial stop is also formed from an additive manufacturing process and provides a flat surface for workpiece placement. The gripping pads equally distribute the clamping pressure, and the additive manufacturing process provides unique shaping capabilities and a honeycomb internal cross-section, thereby achieving a lightweight design. The reduction in weight allows for a decrease in pneumatic pressure used to actuate the jaws, resulting in a corresponding reduction in the clamping pressure which helps improve the form of the workpiece being machined.

Machine chuck jaws and method of manufacture

A security device can be provided to selectively restrict or prevent the opening of a sliding door, sliding window, or other sliding panel or other closure. For example, the security device can include a base plate that selectively engages a barricade member (or lock rail). While the barricade member is engaged with the base plate (in a locked state), the barricade member and base plate cooperate to restrict or prevent the sliding door, window, panel or other closure from moving to an open position (or moving out of a closed position). The barricade member can be moved relative to the base plate (to an unlocked state) to allow unrestricted movement of the sliding door, window, panel or other closure. The security device can include stop members that may restrict or prevent complete removal of the barricade member from the base plate.

Security device for sliding door or sliding window assembly

A door security apparatus includes a door-locking member and a sensor assembly. The door-locking member removably engages a plate. The door-locking member is a barricade that restricts movement of a door from a closed position to an open position while the door-locking member is engaged with the plate The sensor assembly is configured to detect engagement between the door-locking member and the plate.

Door security apparatus

Systems and methods configured for receiving, from a user device associated with a user, a first request to associate the user with a target and account information associated with the user; retrieving the target from a database to associate the user with the retrieved target; receiving, from an entity, event data associated with the account information; computing an amount of contribution based on the received event data; transmitting the computed amount of contribution to a distribution system configured to distribute the contribution to the associated target; updating the database by aggregating the computed amount of contribution to a stored contribution data associated with the user; retrieving pre-authenticated data of the user allowing transmission of a message to a public forum; generating the message based on the event data and the computed amount of contribution; and transmitting the message to one or more devices via the public forum.

Systems and methods for processing contributions made to purchaser selected organizations

A door security device may restrict movement of a swinging door. The security device may include first and second door members and a connecting member. The first and second door members may be mounted to first and second door panels, respectively. The first and second door members include first and second slots, respectively. The connecting member has first end with a shape configured to mate with the first and second slots to permit the first end to slide into the first and second slots such that the connecting member extends out of the first slot and the second slot through openings in the first outer face and the second outer face.

Door security device

A door security apparatus includes a storage container including a slot, a door-locking member and a sensor assembly. The door-locking member is removably disposed within the slot of the storage container. The sensor assembly is associated with the door-locking member. The sensor assembly is configured to detect removal of the door-locking member from the slot of the storage container.

Door security apparatus with sensor

A window cover may include a cover body, a mounting feature, a first roll-up-securing feature, a second roll-up-securing feature, a pull-strap, and a weight. The cover body can be moved between a rolled-up position and a deployed position. The mounting feature may be secured to a first side of the cover body and can attach the cover body above a window. The first roll-up-securing feature is secured to a second side of the cover body. The second roll-up-securing feature is secured to the first side of the cover body and is configured to engage the first roll-up-securing feature to retain the cover body in the rolled-up position. The pull-strap may be attached to the first side of the cover body and is accessible when the cover body is in the rolled-up position.

Rollup window cover

A door security device can include a door member mounted to a swinging door, and a connector. The door member can include a slot having openings in at least one end and in an outer face. An end of a first leg of the connector can have a shape configured to mate with the first slot to permit the first leg to slide into the first slot such that the first leg extends out of the first slot through an opening in the outer face of the door member and such that a distal end of the second leg interferes with a surface of a door frame to prevent rotation of the swinging door relative to the door frame.

A fitting including a tubular extension, flange with apertures, and interface there between is fused with surrounding cured in place pipe and subsequently connected with an adjoining fitting, to connect two segments of pipe in a pipeline. The tubular extension is sized and shaped to mate with the host pipe with which it is associated, and the flange is sized, shaped, and has an aperture pattern that corresponds with the fitting to which it will be attached.

Pipe fittings having integrated thermoplastic with improved melt-flow characteristics for cured in place pipe systems and associated method of use

A flexible top hat for use in the pipe junction between a main pipe and lateral pipe is used in conjunction with a CIPP system, and is preferably constructed of material having a melt/flow point, cure point and bonding point temperature and pressure that is substantially similar to the CIPP. The CIPP system and top hat are cured together to form a unitary structure.

Top hat liner having integrated thermoplastic with improved melt-flow characteristics for connection of main and lateral pipes in cured in place pipe systems and associated method of use

A Cured In Place Pipe System includes a tubular substrate constructed of needle-punched fibers of carbon, aramid and thermoplastic. The tubular structure defines a longitudinal channel running along the length. Within the channel is an air bladder, preferably including an air duct. The tubular substrate is enclosed within a loose-fitting protective film. The tube is preferably constructed with multiple overlapping layers that aren't permanently bound, thereby allowing for circumferential expansion to accommodate various host pipe sizes, shapes, and configurations. The integrated thermoplastic has a melt/flow point of approximately 300-342&#xb0; F., a cure point of approximately 330-370&#xb0; F., and bonding point of approximately 372-412&#xb0; F. at approximately 5-20 psi.

Cured in place pipe system having integrated thermoplastic with improved melt-flow characteristics

A combining apparatus for use in a satellite communication system and a method for using the same. In one embodiment, the apparatus comprises: a plurality of antennas that each have a transmit aperture and a receive aperture and are operable to receive correlated signals from a satellite, wherein the receive aperture is operable to receive one of the signals from the satellite and determine its signal quality; a combiner communicably coupled to the plurality of antennas to combine multiple signals received from the plurality of antennas into one signal, wherein the combiner is operable to determine which signals received by the plurality of antennas are to be combined into the one signal based, at least in part, on at least one signal quality metric regarding the signals, the at least one signal quality metric being received from one or more tracking receivers external to the combiner; and a modem communicably coupled to receive the one signal from the combiner, wherein the modem is operable to send information to the plurality of antennas via the combiner as if only a single antenna is coupled to the combiner and the combiner is operable to aggregate information for the modem received from antennas in the plurality of antennas as if one single antenna provided the information to the combiner.

Combiner for use in a satellite communication system

Growing community of inventors

Birch Run, MI, United States of America

Joseph Curtis Taylor